Spatial biology out of the box: a pre-defined antibody panel for TME phenotyping of solid tumors

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Live30 webinars are thirty-minute presentations designed to update you on the latest innovations, applications, and data in a fast yet interactive format.

With the development of immunotherapies for solid tumors, profiling the TME has become essential to defining tumor progression and possible treatment avenues. A wide spectrum of markers is needed to fully characterize the immune cell population in addition to tumor and stromal components. A major hurdle to creating a panel that covers the hallmarks of immune and tumor cell populations is obtaining antibodies that are compatible with multiplexing techniques.

In this webinar we will highlight how to lessen this burden for researchers and accelerate their experiments to focus on the data interpretation of the TME population using innovative imaging systems. Specifically, we will present how our ready-to-use REAscreen™ Immuno-oncology Antibody Panel supports standardized detection of crucial protein targets on human formalin-fixed paraffin-embedded (FFPE) tumor samples.

Discover how automated cyclic immunofluorescence-based imaging using conventional fluorochrome-conjugated antibodies helps to answer spatial biology–related questions in detail
Learn how a pre-defined 61-plex antibody panel allows fast and standardized TME phenotyping of a variety of FFPE solid tumor samples
Get insight into a large catalog of pre-tested antibodies supporting shorter time-to-data

Amy Jablonski, PhD

Technology & Applications Specialist, Miltenyi Biotec

Amy Jablonski is a Technology & Applications Specialist at Miltenyi Biotec, Inc. whose primary focus is the spatial biology imaging applications on the MACSima™ Imaging Platform. Prior to joining Miltenyi Biotec Inc., Amy was both a field application and sales specialist supporting microscopy platforms for high-content analysis, live cell, and super-resolution imaging. Amy couples this experience with a strong biological imaging background, having received her doctorate degree in Chemistry from the Georgia Institute of Technology studying the use of fluorescent proteins in novel imaging methods.

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